1.
Application Study of Forestry Stock Estimate Based Remote Sensing;
基于遥感的森林蓄积估测几个关键技术的研究与软件实现
2.
Forest Volume Estimate Based on 3S Technologies in Shandong Province
基于3S技术的山东省森林蓄积量估测
3.
The Forest Reserves of High Spatial Resolution Remote Sensing Estimation Theory and Implementation;
森林蓄积量高空间分辨率遥感估测理论与实现
4.
Study on Quantitative Estimation of Forest Volume in Shandong Based on "3S" Technology;
基于3S技术的山东省森林蓄积量定量估测研究
5.
Actuality and Prospect of Research on Forest Stock Volume Estimate by Remote Sensing
森林蓄积量遥感估测研究的现状及展望
6.
Volume Estimation by Radial Basis Function Neural Network Model Based on RS and GIS Technologies
基于RS和GIS的径向基神经网络模型对森林蓄积量的估测
7.
Estimation and Retrieval of Forest Volume by Remote Sensing Based on KNN
基于KNN法的森林蓄积量的遥感估计和反演
8.
Estimation of VOC Emission from Forests in China Based on the Volume of Tree Species
基于树种蓄积量的中国森林VOC排放估算
9.
Technology of multiple concentric circles for surveying forest volume with electronic angle gauge
基于电子角规多重同心圆技术测定森林蓄积
10.
As in reconnaissance work, aerial photographic volume estimates can be satisfactory.
作为森林资源概查工作来说，航空象片的蓄积量估计值能满足要求。
11.
Study on the Forest Resources Volume Monitor of Saihanba Mechanical Forest Farm Based on GPS, GIS and RS Technology;
基于“3S”技术对塞罕坝机械林场林分蓄积快速估测方法的研究
12.
Estimating Forest Leaf Area Index Using Hyperspectral Remote Sensing Data of Hypeion;
利用Hypeion高光谱遥感数据估测森林叶面积指数
13.
Application of Integrative Technique of GIS and ANN to Forecast of Timber Volume of Forest Resource
GIS与ANN整合技术在森林资源蓄积量预测中的应用
14.
Estimating tropical forest stock volume based on vegetation indices and neural network model
基于植被指数和神经网络的热带人工林地上蓄积量遥感估测
15.
Clarify and Explian the Changes of Forest Area and Volume in Heilongjiang in Modern Times;
对近代黑龙江省森林面积和蓄积量变化的考释
16.
Evaluation of Sensitivity of ALOS PALSAR Polarimetric Data to Forest Volume in Hilly Region
ALOS PALSAR极化数据对山区森林蓄积量的敏感性评价
17.
The Design Limitation of Unit Power of Defibrator and the Analysis on the Measures of Economizing Energy
我国林业生物质能源资源蓄积量的估算
18.
China's per-capita forest area and stocking volume lag far behind the worlds average level.
中国人均森林面积和蓄积量都远低于世界平均水平。